SASH1 cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin)

Gene
Clones
gRNAs

Summary

Gene Symbol	SASH1
Entrez Gene ID	108500786
Full Name	SAM and SH3 domain containing 1
Gene Type	protein-coding
Organism	Lepidothrix coronata(blue-crowned manakin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017822052.1	XP_017677541.1	LOW QUALITY PROTEIN: SAM and SH3 domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following SASH1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SASH1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OLe63222	XM_017822052.1 Latest version!	Lepidothrix coronata SAM and SH3 domain containing 1 (SASH1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

SASH1 ( XM_017822052.1 ) cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin) -> XP_017677541.1 Lepidothrix coronata SAM and SH3 domain containing 1 (SASH1), mRNA.

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CloneID	OLe63222
Clone ID Related Accession (Same CDS sequence)	XM_017822052.1
Accession Version	XM_017822052.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3675bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Lepidothrix coronata(blue-crowned manakin)
Product	LOW QUALITY PROTEIN: SAM and SH3 domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016690274.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Lepidothrix coronata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## internal stop codons :: corrected 2 genomic stop codon ##RefSeq-Attributes-END##

ATGGAGGGGG AGCGGGAGGA CGGCCCCGCC GCCCCGGCGG AGAGCGGCAC GTCGGAGGTG 
TTCGGCCAGC TGTGGGCGGA CGTGATGGGC ATCCTGGATG GATCACTGGG AAATATTGAT 
GATCTGGCAC AGCAGTATGC AGACTACTAT AACACCTGCT TCACAGATGT ATGTGAGAGG 
ATGGAAGAGC TGCGCAAGCG GAGGGTCTCC CAAGACCTTG ATTTGGAGAA ACCTGATGTG 
AGTCCTACAT CTCTACAGCT GCGATCCCAG ATTGAGGAGT CACTTGGTCT CAGCAGCACT 
GCATCAACAC CCGACACTGA AAGAAAACTC TCCATTCATA AATCAAGCTC GGAAGAAGGC 
TCTGTAGGGA AAGCAGACTG GAAAAAGAAA AATAAGTTTT TTTGGCAGAA TTTCCGAAAG 
AACCAGAAAG GACTAATGAG GCAGACTTCA AAAGGAGAGG ATGTAGGGTA TGTGGCCAGT 
GAGATCACAA TGAGTGATGA GGAACGGATC CAACTGATGA TGATGGTCAA AGAGAAGATG 
ATCACCATCG AGGAAGCACT TGCTAGGCTG AAGGAGTATG AAGCCCAGCA CAGGCAATCA 
AGTAATGTAG ATCCTACAGA ATGGCCTGAT GGTTCTTACT CAACATTTGA TGGCTCTTCC 
AATTGTAATT CAAGAGAACA ATCCGATGAT GAAACAGAGG AATCGGTGAA GTTTAAGAGG 
TTGCACAAGC TGGTGAATTC TACTCGCAGA GTCAGGAAGA AACTCATAAG AGTTGAAGAA 
ATGAAAAAAC CCAGCACAGA AGGTGTGGAA GAGCACTCAC TTGACAACTC TCCTATACTG 
GATGACAGAT CAGCACTTTA CTCTGGAGTT CACAAGAAGC AATTCTACTT TGACGGCTCC 
TGTGAAAAGC AGCCAGAGGA CGACTCTGAC TCACTTACTA CTTCTCCCTC ATCCAGCAGT 
CTTGATATGT GGGGAGCTAA CCGGAAGCTG GTGAAGACCT TCAGCAAAAC TGATAGCCGT 
GGCCTTATCA AGCCTCCCAA GAAACTTGGG ACATTTTTCT CTTACCCAGA AGAGGAGAAG 
TCCCAGAAAG TTTGCCGCTC CTTGACAGAT GGAGAAATGA AGAAGAGCCT TGGCTCGCTG 
AGCCATGGGA GAACCTGTAG CTTTGGAGGA TTTGACTTGA CAAATCGTTC CCTTCATATT 
GGAAACAGTT CTGACCAAAT GGGCAAAGAA GGAGACTTTG TTTATAAAGA AGTGATCAAA 
TCACCCTCTG CTTCCGGTCT CTGTCTGGGC AGGTATGTGG AGTCTGTAGT AGAATCCATT 
TAGTAATGGA TGTGTGATAA TCATAGCTCA TCAGCAGAAG AGTCCAGCCC TGGGGTCATG 
CCAGGTTCTC CGCAGTCGCC ACCGCCAGAC AGTGACTCCC TGGACAAACC CAAGCTGAAA 
GCCGGTGGCT CAGTAGAAAG CCTGAGGAGT TCCTTAAGTG GTCAGAGCTC AATGAGCGGT 
CAGACAGTGA GCACAACAGA TTCCTCAACC AGCAACAGGG AGAGTGTGAA ATCAGAAGAT 
GGTGATGATG AAGAGCCTCC TTACAGAGGT CCTTTTTGTG GAAGAGCCAG GGTTCACACT 
GATTTTACTC CAAGTCCTTA TGATACAGAT TCTCTGAAGC TCAAGAAGGG TGACATCATT 
GATATAATCA GCAAACCCCC CATGGGCACT TGGATGGGCC TGTTGAACAA CAAAGTTGGC 
ACTTTCAAAT TTATCTATGT GGATGTGTTA AATGAAGAGG AAGAGAAGCC AAAGCGACCC 
ACCAGGAGAC GTCGAAAAAG CAGACCACCC CAGCCCAAGT CAGTTGAGGA TCTCTTGGAT 
CGCATCAACT TAAAGGAGCA CATGCCCACT TTTCTATTCA ATGGTTATGA AGATCTGGAT 
ACCTTTAAGC TTTTAGAAGA AGAAGATTTG GATGAACTGA ACATCCGAGA TCCTGAGCAC 
AGAGCTGTTC TTCTCACAGC AGTGGAACTT CTACAGGAAT ACGATAGTAA CAGCGACCAG 
TCAGGATCTC AGGAGAAACT TCTCATTGAA GGCCAAGGCC TAACCGGATG CTCTCCTCGG 
GATTCTGGCT GCTACGAAAG CAGTGAAAAC CTGGAGAATG GTAAAACTCG AAGAACCTGT 
CTTCTGCCCT CAAAATCAGC AAGTGACCGT AGCTTTAAGG ATTTCAGCAG AAACCAGCTA 
TCAAATTATC CCACGCTTCC ATTGACCAAG TCAATAGAAA CTCTACAGCA TGGGGAAAAA 
GGGTTGGGTT GTGCACATCA TGCTCTGAAG AGCTCTGTCC AACCTCCAGC CATCACAGGT 
CTGAAGAAGA ACCGCAGAAG TTTACCGGTT GCCGTCTGTC GGAGTTATGA AACTCTGGAT 
GGACCTCAGG ATGTAGATAC ATGGCCAAGA TCTCACTCGC TGGATGATCT CCAGGGAGAA 
TCCAGTGCTA ACCTACAGGA CACTAGCAAG CAAGTAGGTT CTTTTCCTCA GGATTCACTG 
GATGTAGCAA AAAAGGCAAC TGGCTCTGCC CTGCCGCCTC ACACTCATGG AGGCAGCTGT 
ATGGTAGATG ACTTCATGGC TAAGCAGAGT AAGGGAGCTG CTAGTTCTCA GAAGGGAAGA 
GCTAAGGAAT TGAACTGCTC TGTAATGGAA ACTGCAGGTG AAAAGCCTGC TCCGTTCCCC 
CTGAAAAACT ATGAAGCTCA GCCTGCCTTA GTGATGCATC ATGCCTCTGA AAATACAAGG 
ATGCCTCTGG AAATACAAAG TAAAGGCTTT CATGACCTTG CGCGGGCTGA TTATGCTCCA 
GTCCTCAAGG GAGGTCTAGA AGCTGAGCAA AAAGGCACAA ATGAGGCAAG AATGCAACCA 
AAAAATCCTT CTCAACCGCC ACCTGTCCCT GCCAAAAAAT GCCGAGAACG CCTTTCTAAT 
GGAGTATACC ATCCTCCCAT GACCACAAGT GGGAACCACT CAAGTCTAGA AGCACCATGT 
TTGCCAGTAA AAAAGACCAG CTCATCCGGT CCCATTGATT GTCATGGAGT ACCTGTCCAT 
AGGACGTCCT CTGAACATGA GCCCAATACC CCTCCTAGCC CACTCCCACC CTGGCTGTCA 
GAGCTCCCAG AGACTGCTAG TGTTCAGCAG CACGTGGTAA AGCTAGGTCC TGCTTCAGCA 
AGGAAAGTGT CTTGTAGCAG GGGAATGGAT CTGGAAATGG TGATAGAAAA CAAGTTGCAG 
TCTGAAGACA TTGATCTTAC TGAAGAACCG TACTCAGACA AGCACGGTCG CTGTGGCATT 
CCCGAGGCTT TGGTACAGAG GTACTCTGAA GACTTAGAGC AGCCTGAAAA GGATGTTGCC 
ACAAACCTGG ACCAAATCCG GGTAAAGCAG CTGAGGAAAC AGCATCGCAT GGCAATTCCA 
AGTGGAGGAC TCACTGAAAT TTGCCGTAAA CCTGTATCTC CAGGACTCAT CACCTCTGTA 
TCTGACTGGC TGATTTCCAT TGGTCTGCCT ATGTATTCCA GCCTGCTTAC AGAAGCAGGG 
TTCAACACAC TGAGCAAAGT GCCTTCTCTG TCACAAACTT GCCTTCAAAA AGCTGGCATC 
ACAGAGGAAA GGCACATAAG CAAGCTCCTG GCAGCGGCAA GACTCTTCAA ACCTCTTGAT 
CCAGAAGCAA TTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_017677541.1
CDS	34..3708
Translation	MEGEREDGPAAPAESGTSEVFGQLWADVMGILDGSLGNIDDLAQQYADYYNTCFTDVCERMEELRKRRVSQDLDLEKPDVSPTSLQLRSQIEESLGLSSTASTPDTERKLSIHKSSSEEGSVGKADWKKKNKFFWQNFRKNQKGLMRQTSKGEDVGYVASEITMSDEERIQLMMMVKEKMITIEEALARLKEYEAQHRQSSNVDPTEWPDGSYSTFDGSSNCNSREQSDDETEESVKFKRLHKLVNSTRRVRKKLIRVEEMKKPSTEGVEEHSLDNSPILDDRSALYSGVHKKQFYFDGSCEKQPEDDSDSLTTSPSSSSLDMWGANRKLVKTFSKTDSRGLIKPPKKLGTFFSYPEEEKSQKVCRSLTDGEMKKSLGSLSHGRTCSFGGFDLTNRSLHIGNSSDQMGKEGDFVYKEVIKSPSASGLCLGRYVESVVESI**WMCDNHSSSAEESSPGVMPGSPQSPPPDSDSLDKPKLKAGGSVESLRSSLSGQSSMSGQTVSTTDSSTSNRESVKSEDGDDEEPPYRGPFCGRARVHTDFTPSPYDTDSLKLKKGDIIDIISKPPMGTWMGLLNNKVGTFKFIYVDVLNEEEEKPKRPTRRRRKSRPPQPKSVEDLLDRINLKEHMPTFLFNGYEDLDTFKLLEEEDLDELNIRDPEHRAVLLTAVELLQEYDSNSDQSGSQEKLLIEGQGLTGCSPRDSGCYESSENLENGKTRRTCLLPSKSASDRSFKDFSRNQLSNYPTLPLTKSIETLQHGEKGLGCAHHALKSSVQPPAITGLKKNRRSLPVAVCRSYETLDGPQDVDTWPRSHSLDDLQGESSANLQDTSKQVGSFPQDSLDVAKKATGSALPPHTHGGSCMVDDFMAKQSKGAASSQKGRAKELNCSVMETAGEKPAPFPLKNYEAQPALVMHHASENTRMPLEIQSKGFHDLARADYAPVLKGGLEAEQKGTNEARMQPKNPSQPPPVPAKKCRERLSNGVYHPPMTTSGNHSSLEAPCLPVKKTSSSGPIDCHGVPVHRTSSEHEPNTPPSPLPPWLSELPETASVQQHVVKLGPASARKVSCSRGMDLEMVIENKLQSEDIDLTEEPYSDKHGRCGIPEALVQRYSEDLEQPEKDVATNLDQIRVKQLRKQHRMAIPSGGLTEICRKPVSPGLITSVSDWLISIGLPMYSSLLTEAGFNTLSKVPSLSQTCLQKAGITEERHISKLLAAARLFKPLDPEAI

Target ORF information:

RefSeq Version	XM_017822052.1
Organism	Lepidothrix coronata(blue-crowned manakin)
Definition	Lepidothrix coronata SAM and SH3 domain containing 1 (SASH1), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017822052.1

ORF Insert Sequence:

ATGGAGGGGG AGCGGGAGGA CGGCCCCGCC GCCCCGGCGG AGAGCGGCAC GTCGGAGGTG 
TTCGGCCAGC TGTGGGCGGA CGTGATGGGC ATCCTGGATG GATCACTGGG AAATATTGAT 
GATCTGGCAC AGCAGTATGC AGACTACTAT AACACCTGCT TCACAGATGT ATGTGAGAGG 
ATGGAAGAGC TGCGCAAGCG GAGGGTCTCC CAAGACCTTG ATTTGGAGAA ACCTGATGTG 
AGTCCTACAT CTCTACAGCT GCGATCCCAG ATTGAGGAGT CACTTGGTCT CAGCAGCACT 
GCATCAACAC CCGACACTGA AAGAAAACTC TCCATTCATA AATCAAGCTC GGAAGAAGGC 
TCTGTAGGGA AAGCAGACTG GAAAAAGAAA AATAAGTTTT TTTGGCAGAA TTTCCGAAAG 
AACCAGAAAG GACTAATGAG GCAGACTTCA AAAGGAGAGG ATGTAGGGTA TGTGGCCAGT 
GAGATCACAA TGAGTGATGA GGAACGGATC CAACTGATGA TGATGGTCAA AGAGAAGATG 
ATCACCATCG AGGAAGCACT TGCTAGGCTG AAGGAGTATG AAGCCCAGCA CAGGCAATCA 
AGTAATGTAG ATCCTACAGA ATGGCCTGAT GGTTCTTACT CAACATTTGA TGGCTCTTCC 
AATTGTAATT CAAGAGAACA ATCCGATGAT GAAACAGAGG AATCGGTGAA GTTTAAGAGG 
TTGCACAAGC TGGTGAATTC TACTCGCAGA GTCAGGAAGA AACTCATAAG AGTTGAAGAA 
ATGAAAAAAC CCAGCACAGA AGGTGTGGAA GAGCACTCAC TTGACAACTC TCCTATACTG 
GATGACAGAT CAGCACTTTA CTCTGGAGTT CACAAGAAGC AATTCTACTT TGACGGCTCC 
TGTGAAAAGC AGCCAGAGGA CGACTCTGAC TCACTTACTA CTTCTCCCTC ATCCAGCAGT 
CTTGATATGT GGGGAGCTAA CCGGAAGCTG GTGAAGACCT TCAGCAAAAC TGATAGCCGT 
GGCCTTATCA AGCCTCCCAA GAAACTTGGG ACATTTTTCT CTTACCCAGA AGAGGAGAAG 
TCCCAGAAAG TTTGCCGCTC CTTGACAGAT GGAGAAATGA AGAAGAGCCT TGGCTCGCTG 
AGCCATGGGA GAACCTGTAG CTTTGGAGGA TTTGACTTGA CAAATCGTTC CCTTCATATT 
GGAAACAGTT CTGACCAAAT GGGCAAAGAA GGAGACTTTG TTTATAAAGA AGTGATCAAA 
TCACCCTCTG CTTCCGGTCT CTGTCTGGGC AGGTATGTGG AGTCTGTAGT AGAATCCATT 
TAGTAATGGA TGTGTGATAA TCATAGCTCA TCAGCAGAAG AGTCCAGCCC TGGGGTCATG 
CCAGGTTCTC CGCAGTCGCC ACCGCCAGAC AGTGACTCCC TGGACAAACC CAAGCTGAAA 
GCCGGTGGCT CAGTAGAAAG CCTGAGGAGT TCCTTAAGTG GTCAGAGCTC AATGAGCGGT 
CAGACAGTGA GCACAACAGA TTCCTCAACC AGCAACAGGG AGAGTGTGAA ATCAGAAGAT 
GGTGATGATG AAGAGCCTCC TTACAGAGGT CCTTTTTGTG GAAGAGCCAG GGTTCACACT 
GATTTTACTC CAAGTCCTTA TGATACAGAT TCTCTGAAGC TCAAGAAGGG TGACATCATT 
GATATAATCA GCAAACCCCC CATGGGCACT TGGATGGGCC TGTTGAACAA CAAAGTTGGC 
ACTTTCAAAT TTATCTATGT GGATGTGTTA AATGAAGAGG AAGAGAAGCC AAAGCGACCC 
ACCAGGAGAC GTCGAAAAAG CAGACCACCC CAGCCCAAGT CAGTTGAGGA TCTCTTGGAT 
CGCATCAACT TAAAGGAGCA CATGCCCACT TTTCTATTCA ATGGTTATGA AGATCTGGAT 
ACCTTTAAGC TTTTAGAAGA AGAAGATTTG GATGAACTGA ACATCCGAGA TCCTGAGCAC 
AGAGCTGTTC TTCTCACAGC AGTGGAACTT CTACAGGAAT ACGATAGTAA CAGCGACCAG 
TCAGGATCTC AGGAGAAACT TCTCATTGAA GGCCAAGGCC TAACCGGATG CTCTCCTCGG 
GATTCTGGCT GCTACGAAAG CAGTGAAAAC CTGGAGAATG GTAAAACTCG AAGAACCTGT 
CTTCTGCCCT CAAAATCAGC AAGTGACCGT AGCTTTAAGG ATTTCAGCAG AAACCAGCTA 
TCAAATTATC CCACGCTTCC ATTGACCAAG TCAATAGAAA CTCTACAGCA TGGGGAAAAA 
GGGTTGGGTT GTGCACATCA TGCTCTGAAG AGCTCTGTCC AACCTCCAGC CATCACAGGT 
CTGAAGAAGA ACCGCAGAAG TTTACCGGTT GCCGTCTGTC GGAGTTATGA AACTCTGGAT 
GGACCTCAGG ATGTAGATAC ATGGCCAAGA TCTCACTCGC TGGATGATCT CCAGGGAGAA 
TCCAGTGCTA ACCTACAGGA CACTAGCAAG CAAGTAGGTT CTTTTCCTCA GGATTCACTG 
GATGTAGCAA AAAAGGCAAC TGGCTCTGCC CTGCCGCCTC ACACTCATGG AGGCAGCTGT 
ATGGTAGATG ACTTCATGGC TAAGCAGAGT AAGGGAGCTG CTAGTTCTCA GAAGGGAAGA 
GCTAAGGAAT TGAACTGCTC TGTAATGGAA ACTGCAGGTG AAAAGCCTGC TCCGTTCCCC 
CTGAAAAACT ATGAAGCTCA GCCTGCCTTA GTGATGCATC ATGCCTCTGA AAATACAAGG 
ATGCCTCTGG AAATACAAAG TAAAGGCTTT CATGACCTTG CGCGGGCTGA TTATGCTCCA 
GTCCTCAAGG GAGGTCTAGA AGCTGAGCAA AAAGGCACAA ATGAGGCAAG AATGCAACCA 
AAAAATCCTT CTCAACCGCC ACCTGTCCCT GCCAAAAAAT GCCGAGAACG CCTTTCTAAT 
GGAGTATACC ATCCTCCCAT GACCACAAGT GGGAACCACT CAAGTCTAGA AGCACCATGT 
TTGCCAGTAA AAAAGACCAG CTCATCCGGT CCCATTGATT GTCATGGAGT ACCTGTCCAT 
AGGACGTCCT CTGAACATGA GCCCAATACC CCTCCTAGCC CACTCCCACC CTGGCTGTCA 
GAGCTCCCAG AGACTGCTAG TGTTCAGCAG CACGTGGTAA AGCTAGGTCC TGCTTCAGCA 
AGGAAAGTGT CTTGTAGCAG GGGAATGGAT CTGGAAATGG TGATAGAAAA CAAGTTGCAG 
TCTGAAGACA TTGATCTTAC TGAAGAACCG TACTCAGACA AGCACGGTCG CTGTGGCATT 
CCCGAGGCTT TGGTACAGAG GTACTCTGAA GACTTAGAGC AGCCTGAAAA GGATGTTGCC 
ACAAACCTGG ACCAAATCCG GGTAAAGCAG CTGAGGAAAC AGCATCGCAT GGCAATTCCA 
AGTGGAGGAC TCACTGAAAT TTGCCGTAAA CCTGTATCTC CAGGACTCAT CACCTCTGTA 
TCTGACTGGC TGATTTCCAT TGGTCTGCCT ATGTATTCCA GCCTGCTTAC AGAAGCAGGG 
TTCAACACAC TGAGCAAAGT GCCTTCTCTG TCACAAACTT GCCTTCAAAA AGCTGGCATC 
ACAGAGGAAA GGCACATAAG CAAGCTCCTG GCAGCGGCAA GACTCTTCAA ACCTCTTGAT 
CCAGAAGCAA TTTAA